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High-efficiency energy-saving stainless steel shell-and-tube heat exchanger, durable and worry-free

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December 10, 2025
Category Connection: Shell Tube Heat Exchanger
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#0.5MPa shell and tube evaporator #0.4MPA stainless steel shell and tube heat exchanger #2.5MPA Shell Tube Heat Exchanger
Brief: Step into our short showcase to explore the solution’s standout capabilities. In this video, you'll see a detailed walkthrough of the Carbon Steel Shell Tube Heat Exchanger Condenser, highlighting its high-efficiency energy-saving design and durable stainless steel construction. Watch as we demonstrate its robust performance under various industrial conditions and explain how its unique casing structure prevents blockages, ensuring reliable operation for chemical, petroleum, and power applications.
Related Product Features:
  • Designed for high-pressure applications with a shell and tube side design pressure range of -0.1 to 3.0 MPa.
  • Operates efficiently across a wide temperature spectrum from -19°C to 500°C for both shell and tube sides.
  • Constructed from durable materials including Q345R carbon steel, stainless steel SS304, or SS316L for longevity.
  • Features a unique casing structure that prevents blockages and enhances heat exchange efficiency.
  • Suitable for various fluids including steam and liquid in industrial sectors like chemical, petroleum, and power.
  • Offers a heat transfer surface area ranging from 10 to 500 m² to meet diverse operational needs.
  • Provides superior performance with easy operation and maintenance, reducing overall energy consumption.
  • Lightweight design combined with robust construction ensures reliable and worry-free industrial use.
Faqs:
  • What industrial applications is this shell and tube heat exchanger suitable for?
    This heat exchanger is designed for various industrial sectors including chemical petroleum, electric power, light industry, and aviation heating. It is particularly effective in petroleum refining and chemical processing units, handling fluids like steam and liquids across a wide temperature and pressure range.
  • How does the unique casing structure improve performance?
    Unlike traditional designs, this heat exchanger uses a combination casing structure that prevents blockages by optimizing fluid flow. This enhances heat exchange efficiency, reduces energy consumption, and ensures reliable operation in demanding environments.
  • What materials are available for the shell and tube construction?
    The heat exchanger can be constructed from materials such as Q345R carbon steel, stainless steel SS304, or SS316L, offering durability and corrosion resistance tailored to specific industrial requirements and fluid types.
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